3
第五章 载流子输运现象(12-13 周)
1.载流子的漂移运动;2.载流子扩散;3.杂质梯度分布;4.霍尔效应。
第六章 半导体中的非平衡过剩载流子(14-16 周)
1.载流子的产生与复合;2.过剩载流子的性质;3.双极运输;4.准费米能级;5.过剩载流子的寿命;6.表面效应。
Class Topics:
1. Semiconductor Materials (Chapter 1,week:1-3):
*space lattices
*diamond structure
*atomic bonding
*imperfections and impurities in solids
*growth of semiconductor materials
2. Principles of Quantum Mechanics (Chapter 2,week:4-6):
* Schrodinger wave equation
* applications of Schrodinger wave equation
* extensions of the wave theory to atoms
3. Modern Theory of Solids (Chapter3,week:7-8):
*allowed and forbidden energy bands
*electrical conduction in solid
*density of states function
*statistical mechanics
4.Equilibrium Semiconductors (Chapter 4,week:9-11):
*charge carries in semiconductors
*dopant atoms and energy levels
*statistics of donors and acceptors
*charge neutrality
*positon of fermi energy level
5.Carriers(Chapter 5,week:12-13):
*carrier drift
*carrier diffusion
*graded impurity distribution
*the hall effect
6.Non-equilibrium carriers in semiconductors(Chapter 6,week 14-16):
*carrier generation and recombination
*characteristics of excess carriers
*ambipolar transport
*quasi-fermi energy levels
*excess carrier lifetime
*surface effects
18.
教材及其它参考资料 Textbook and Supplementary Readings
教材 Textbook:
Semiconductor physics and devices, Fourth edition, Donald A. Nonald A. Neamen,2011.